Electrical Engineer Software

AJAY KUMAR BADANHATTI

Apt **, *** South Kendall Ave, MI-49006

E-mail: ****.**********@*****.*** Phone: 269-***-****

SUMMARY

A highly focused and self-motivated individual with strong fundamentals in the field of Electronics and Embedded systems seeking to obtain Full time position as an Electrical Engineer. (Available to start working Immediately)

Experience with Automotive Electric Controls Unit (ECU), Powertrain, Infotainment systems and Telematics Control Unit (TCU)

Broad understanding of automotive features such as HMI, Bluetooth, Cellular, GPS and Infotainment Testing.

Practical understanding of every phase of Software Development Life Cycle (SDLC) & Software Test Life cycle (STLC) with focus on V – Model

Proficient in the use of modelling and Simulation tools such as Matlab, Simulink, CANoe, LabVIEW, Dspace

Working knowledge of Vehicle Network and Embedded protocols such as CAN 2.0, SPI, GMLAN, UART, LIN, MOST

Knowledge of Hardware in loop testing (HIL) & Functional safety critical ISO 26262 standards

Ability to analyze and maintain DVP&R and DFMEA

Experience with existing ADAS technologies (includes lane following, road vision enhancement etc.)

EDUCATION

Masters in Electrical and Computer Engineering Graduated: Dec 2016

Western Michigan University, USA GPA: 3.22

Bachelor’s in Electronics and Communication Engineering Graduated: April 2014

Bachelor of Technology from Jawaharlal Nehru Technological University, India GPA: 3.5

TECHNICAL SKILL SET

Programming languages: C, Embedded C, Assembly language 8051

Protocols: SPI, CAN, UART (RS 232), I2C, LIN, MOST, GMLAN

Software tools: MATLAB, Simulink, Mentor Graphics, Xilinx ISE, IAR Embedded workbench

Simulators: ELDO, Zelda, ModelSIM, CANoe, Control desk, Dspace ASM, LABVIEW

Operating Systems: Windows, Linux

WORKING EXPERIENCE

Infotainment Test Engineer Intern Intern April 2015 - July 2015

Pricol Technologies Limited.

Develop and maintain requirement specifications (PRS) and related documentation for testing of all automotive Infotainment systems

Analyze the user requirement specification and function specifications for building test cases for Bluetooth Connectivity

Experience with Vector CANoe to get CAN signals information for test purposes.

Investigated and track thoroughly defects, participated in DFMEAs

Working in teams to investigate the root cause of complex system issues

In-Plant Training In-plant Training June 2013 - August 2013

Electronics Corporation of India Limited

Worked on Generator Monitoring Safety System (GMS), a module used for monitoring generator health.

Telematics Communication software unit (TCU) was interfaced with the GMSS module to communicate with the outside world in the form of an Email, text message in case of any alert issued by GMSS

RS232 was used for GUI (Graphic User Interface), I2C protocol was used for Internal communication

Combined with technical group for design and development of PRS (Product requirement specification), Validation Test plans, Test setup and performed VNV (Verification and Validation), validation testing.

Developed a detailed report on GMSS module and earned a certificate on successful completion

ACADEMIC PROJECTS

Prototype Conveyor Belt System Implementation Sep 2015 – Dec 2015

Designed and built a hardware prototype using a DC Motor interfaced with ARM cortex M4 based STM32f407VG Microcontroller.

Speed of the Conveyor belt is controlled by PWM signal generated by Microcontroller and forward-backward movements were controlled using H-Bridge

Ultrasonic Ping Sensor was used to Compute distance of the object on the conveyor belt and the output values were displayed on LCD

CAN bus Interface was used to transmit data between two Microcontroller's and SPI was used to interface ADC and DAC for measuring temperature using LM35 and speaker respectively

All the firmware and software were developed using Embedded C and IAR Embedded Workbench IDE

Bio-Signals based on road stress Monitoring for Automotive Drivers (HMI) Aug 2016 – Nov 2015

Developed and designed a hardware module using Pulse oximeter MAX30100 and Galvanic Skin response GSRV1.2 which was interfaced to Arduino Microcontroller.

Pulse Oximeter was used to determine the percentage of Oxygen in the blood flow and GSR was used to get the Skin responses of a person for detecting the emotional or mental stress

GSRV1.2 board was used to acquire data using two finger wearable bands and a finger was placed on the pulse oximeter MAX30100 to detect the oxygen levels in blood.

All the hardware was interfaced with Arduino and data was shown on the serial Monitor.

This prototype was built and software was developed using Arduino

Dual 4X4 Register Arithmetic/ Logic Unit (RALU) in Static CMOS Technology April 2016 – Aug 2015

A Dual 4X4 Register Arithmetic/ Logic Unit (RALU) was designed using Mentor Graphics

Design of Transistor level schematic and the SRAM cell were done using Design Architect in Mentor Graphics.

The DRC and LVS were successfully seen without any errors and warnings.

The designed circuit verification was done using Eldo and Zelga. Timing Analysis was performed.

A concise IC Layout of the module was developed and demonstrated using IC station

OTHER ACTIVITIES

Organized and participated in Robotics events at Jawaharlal Nehru Technological University.

Organized National Conference on Computer Vision & Image Processing 2012 under Jawaharlal Nehru Technological University.

Worked as Executive Body member (as Vice President (2012-2013)) for ECE club of JBIET, CLIQUE at Jawaharlal Nehru Technological University.

Organized various Workshops under Department of ECE at Jawaharlal University.

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